Fruit juice extractor



May 25, 1937. c. BAUM4 FRUIT JUICEJ EXTRACTOR Filed Oct. 2'7", 1935 .2 Sheets-Sheet 1 INVENTo i May '25, 1937. C, BAUM l 2,081,424

FRUIT JUICE EXTRACTOR Fi'ld oct. 27, 193s 2 sheets-'sheet 2 I lNvENo ATTEY Y Patented May `25, 1937 UNITED STATES PATENT OFFICE 1 Claim.

This invention relates to improvements in fruit juice extractors. A

Broadly, it is an object of this invention to provide a novel form .of juice extractor incorporating a reamer formed of stamped metal and shaped as to simultaneously tear and crush the cells of fruit from which juice is being extracted and separate or cut away the core of such fruit.

Still further, it is an object of this invention to provide for a fruit juice extractor in which the fruit carrier is vertically reciprocated with respect to the reamer, and in which the'reamer is formed of a series of radially disposed extracting elements having a segmental formation, the edges of the respective extracting elements being turned in the same peripheral path, and carried in a cup from which the fruit juices as extracted may be strained and delivered by gravity into a removable receptacle.

Still further, it is an object of this invention to provide for afruit juice extractor assembly incorporating a self-supporting reamer assembly from` which fruit juices may be strained into a receptacle and with which there cooperates a reciprocating fruit-carrying element, the reamer and the cup carrying the same being formed of stamped metal and rigidly xed one with respect to the other.

Still further, it is an object of this invention 30 to provide a novel form of reamer comprising a series of platesof segmental formation radially disposed with respect to one another and so curved at the extremities thereof as to provide a series of blade edges in the same peripheral path, and

- so cut out at their upper extremities as to provide a core cutter, whereby the cells of` fruit from which juice is to be extracted may be macerated and the macerated portions permitted to separate from the rind of the fruit, thereby to permit the extraction of. maximum amount of juice from the fruit with the minimum of pressure and resistance.

These and other advantages, capabilities and features of the invention will appear from the subjoined detailed description` of one specic embodiment thereof illustrated in the accompanying drawings, in which Y Figure 1 is a front elevation ofthe juice extractor.

Figure 2 is a plan View of the extractor with part of the handle removed,

Figure 3 is a front elevation in section taken along lines 3-3 of Figure 2.

Figure 4 is an end elevation in section taken along lines 4-4 of Figure 2.

Figure 5 is a plan view of the base of the device, including the reamer.

Figure 6 is a front elevation of the reamer element.

Figure 7 is a front elevation of one of the elements forming the reamer before assembly.

Referring to the reference characters in the drawings, numeral l0 represents the base of the juice extractor upon which base there are disposed in spaced relationship three hollow pillars or supports, of which l I represents the diametrically oppositely disposed guide pillars in which the fruit carrier reciprocates, and l2 represents a support pillar. *Y l The pillars are headed as at i3 to the base and have neck portions M in their upper extremity upon which neck portions are disposed ears l5 of the dished cup or receptacle I6, in which is carried reamerl Il, the construction and operation of which last two members will be latei` deu scribed. The pillars are headed above the neck portion, so as to fixedly dispose the cup I 6 in spaced relationship with respect to the base.

The cup I6 is dished and has a substantially convex base i8, in which is formed a series of I.

apertures I9, through which juice of fruit being extracted may pass into a bowl 20. The impaling member carried in the cup comprises two stamped metal members lla and ll'b, each normally shaped in nat form as indicated in Figure 7. Each member Ila or i'lb is provided with a plurality of depending lugs llc for attaching the same to the cup Hi, and a semi-circular cut-out Hd, whereby to permit a portion ile of the lplate adjacent the center line thereof to be bent right-angularly for a purpose to be later described. The base of each plate is shaped to form a plurality of sloping surfaces Ilf merging in the apex llg and the upper portion of each plate Il is cut out to form a semi-circular surface Ilh (see Figure '7). Y,

In assembly each plate is bent around its center line with the half of the plate -containing the curvilinear slotl I'ld being bent right-angularly with respect to the other half of the plate and the portion I'le of the plate defined by the slot l'ld extending in the same direction as the unbent portion of the plate. The two plate members thus right-angulariy bent are disposed adjacent one another to form a cross (see Figure 5) and the portions lie of each plate are adapted to be disposed against the uncut side Vof the other plate,v such portion lle of the plate members being fixed to one another and the plate members thereby being fixed to one another in the cross formation by eye-letting the portion l'le at apertures Hi. The blade edges of each of the plate members as bent are then further bent as at |17' in a curvilinear formation substantially rightangularly to the direction of the plates, all the blade edges of the respective plate members being directed in the same direction and in the same peripheral path (see Figure 5). The projections or lugs I'lc at the base of the plate members are passed through slots in the base of the cup IG and are headed under the base as at 2| thereof, thereby to firmly fix the reamer to the Cup. The cut-out portion I'lh at the top of each plate upon bending of the plates and the edges thereof assumes a substantially S- shaped formation 22, so as t0 ferm a cutting surface to act on the core of the fruit from which Cil juice is to be extracted.

The impaling member 23 comprises a cupshaped element having punched out interior thereof in radial spaced relationship, gripper members 24, and is carried as by riveting at its center by a hemispherical cup 25 of the shaft member 26. Shaft 26 is carried for rotation on yoke member 21 and has la collar 28 to limit the displacement thereof, the free end of the shaft being bent right-angularly as at 29 to carry handle 30, so that the impaling member may, upon actuation of the handle, be caused to rotate. The yoke 21 has a plurality of integral arms 3l and has a cross-bar Sla welded thereto, there being apertures 33 and 34 in the respective yoke and cross-bar to provide passageway for the shaft, the surface of the yoke and cross-bar adjacent the apertures serving as a bar for the shaft 26. At the extremities of each of the arms 3l there is disposed as by heading legs 32 extending downwardly and right-angularly from the arms, the said legs being adapted to be disposed Within and reciprocated within hollow pillars Il.

In operation the yoke carrying the impaling member may be separated from the remainder Iof the apparatus by withdrawing the 1egs-32 thereof out of the hollow pillars Il, so that a half of orange or the like may be disposed in the impaling member, and caused to be carried by the prongs thereof, or the impaling member may be lifted to a sufficient height above the reamer with the legs 32 of the yoke still remaining in the hollow pillars Il and the half orange or the like disposed in the reamer by impaling the same. The impaling member carrying the half orange or the like is then lowered by permitting the legs of the yoke to slide downwardly in the hollow pillars until the cut surface of the orange or the like rests on the upper portion of the reamer.

- Then by pressing on the yoke and rotating the impaling member by actuating the handle 30 the interior of the cut orange or the like is caused to be macerated against the bent edges of the plate members and the center or core portion of the orange or the like is adapted to be cut out by the sharp S-formation 22 of the reamer. As further pressure is applied in downward direction to the yoke and the impaling member carrying the cut orange or the like rotated, the cells of the fruit are broken and the juice separated therefrom, the juice falling into the cup I8 and then passing through the apertures I9 thereof into the bowl 20 disposed thereunder.

It is obvious that various changes and modifications may be made tothe details of construction without departing from the general spirit of the invention as set forth in the appended claim:

I claim:

A reamer for fruit juice extractors, comprising a kplurality of radially disposed sheet metal blades, the outer vertical cutting edge portion of 

